Thank you Roberts_Clif for the quick reply. With my current build I have the flag you mentioned set to true. The 0.14V signal opens the relay I have but the 5V does not. This keeps my logic straight where if the board is off, the pump and valve are closed/off. Unfortunately if the flag is set to true or false, the Idle value still matches the Extrude value like I have listed below. I also tried
#define INVERT_E_STEP_PIN
in configuration_adv.h
with both combinations of INVERT_E0_DIR to no avail
Extruder Direction Inverted
Retracted 5V
Extrude 0.14V
Move while Extruder Idle 0.14V
Extruder Direction Normal
Retracted 0.14V
Extrude 5V
Move while Extruder Idle 5V
My goal is to get the voltage of the direction pin when idle to match the voltage when the extruder is retracting. Like I have listed below. I hope this helps clarify what I'm trying to do. I apologize if my terminology or formatting is poor.
Ideal Direction Signals
Retracted 5V
Extrude 0.14V
Move while Extruder Idle 5V
#define INVERT_E_STEP_PIN
in configuration_adv.h
with both combinations of INVERT_E0_DIR to no avail
Extruder Direction Inverted
Retracted 5V
Extrude 0.14V
Move while Extruder Idle 0.14V
Extruder Direction Normal
Retracted 0.14V
Extrude 5V
Move while Extruder Idle 5V
My goal is to get the voltage of the direction pin when idle to match the voltage when the extruder is retracting. Like I have listed below. I hope this helps clarify what I'm trying to do. I apologize if my terminology or formatting is poor.
Ideal Direction Signals
Retracted 5V
Extrude 0.14V
Move while Extruder Idle 5V